FLIR Systems F-618E, 35mm, 640x480, NTSC, 7.5HZ thermal security camera

Technical Specification

Features:
  • Make: FLIR Systems
  • Model code: F-618E, 35mm, 640x480, NTSC, 7.5HZ
  • Series: F-Series Cameras
  • Resolution: 640 × 480 resolution
  • Digital (DSP): 1
Additional info:

Sharper thermal images that provide greater scene detail; improves threat detection and alarm assessment capabilities  Long-range threat detection; see smaller details from farther away Enhanced analytics performance; gives you more reliable feedback with fewer nuisance alarms Wider fields of view improve coverage without compromising range performance; optimize coverage efficiency while lowering overall installation cost Simultaneous IP and analog video outputs, along with IP and serial control interfaces for easy integration into IP or analog networks; use them in an existing analog environment, and migrate easily to a future IP network

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Make FLIR Systems
Manufacturer FLIR Systems
Category IP Cameras products
Model code F-618E, 35mm, 640x480, NTSC, 7.5HZ
Series F-Series Cameras
Resolution: 640 × 480 resolution
Digital (DSP): 1
Specialist Type: Thermal
Focal Length mm: 35
Picture Elements HxV: 640 × 480
Signal Mode: NTSC
Compression Type: MPEG-4, H.264, M-JPEG
Electrical Specifications Voltage: 24 V AC
Power Consumption: 10 W
Physical Specifications Dimensions mm: 460 × 140 × 160
Additional info
  • Sharper thermal images that provide greater scene detail; improves threat detection and alarm assessment capabilities 
  • Long-range threat detection; see smaller details from farther away
  • Enhanced analytics performance; gives you more reliable feedback with fewer nuisance alarms
  • Wider fields of view improve coverage without compromising range performance; optimize coverage efficiency while lowering overall installation cost
  • Simultaneous IP and analog video outputs, along with IP and serial control interfaces for easy integration into IP or analog networks; use them in an existing analog environment, and migrate easily to a future IP network
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